|
Manufacture |
ABB |
|
Model |
IOR810 |
| PN No. |
IOR810 |
|
Catalog |
Symphony Plus |
|
Description |
Gateway Module |
| Origin | Sweden |
| HS CODE |
85389099 |
| Dimension |
24*20*10(CM) |
| Weight | 0.45 kg |
Description:
The IOR810 is the gateway module that connects Symphony Plus SD Series as well as HR Series controllers to S800 I/O. The IOR810 provides an additional way to utilize S800 I/O as part of a Symphony Plus or Symphony Harmony control system with sequence of events (SOE) capability. The accuracy of SOE time-stamping is determined by specification of each S800 SOE digital input module type.
The IOR810 interfaces the HN800 I/O bus (electrical or fiber optic) to the existing S800 I/O Modulebus (fiber optic only). The core function of the IOR810 is to scan the S800 I/O modules and provide this information to the Symphony Plus controller via HN800. The IOR810 can connect to, and scan up to, seven S800 cluster modems via fiber optic Modulebus. Each cluster modem can support up to twelve S800 I/O modules.
An IOR810 can be located a maximum of 30 meters from the Symphony Plus controller if connected by electrical HN800 bus, or a maximum of 3000 meters if connected by fiber optic HN800 bus by using RFO810 repeaters.
The fiber optic Modulebus between an IOR810 and a S800 cluster modem, or between two cluster modems in the daisychain has a maximum distance of 15 meters if plastic fiber cable is used, or 200 meters if HCS fiber cable is used, or 1000 meters if TB825 optical media converters and glass fiber cable are used. Cluster modems can be either nonredundant or redundant.
The IOR810 receives its configuration information from the Symphony Plus controller using standard Symphony Plus function codes to specify the S800 I/O data. It will handle inputs and outputs, analog and digital signal types, pulse counters and sequence of events (SOE) data collection.
The IOR810 has the following features:
− Can be selectively configured either redundantly or non-redundantly
− Supports the sequence of events (SOE)capability of the S800 I/O subsystem
− Capable of interfacing to the following types of I/O within the S800 I/O subsystem: basic AI/AO, basic DI (contact inputs), SOE DI, basic DO, pulse inputs, temperature device inputs (RTDs and thermocouples), Intrinsic Safety and Redundant I/O. Table 5 lists the S800 I/O modules that have been validated for use with the IOR810.
FEATURES
Connectivity & Capacity
- Bus Conversion: Interfaces the HN800 I/O bus (electrical/fiber) to the S800 Modulebus (fiber only).
- System Scale: Connects up to 7 S800 cluster modems via fiber optic Modulebus.
- Module Support: Each cluster modem supports up to 12 S800 I/O modules.
- Flexible Distance: Supports up to 30m via electrical HN800 or 3,000m via fiber optic HN800 with RFO810 repeaters.
Performance & Reliability
- Redundancy: Fully supports both module and HN800 bus redundancy.
- Data Types: Handles Analog/Digital I/O, Pulse Counters, and Sequence of Events (SOE) data.
- Precision: Provides high-accuracy SOE time-stamping determined by the specific S800 module type.
Physical & Environmental
- Compact Design: DIN-rail mountable; modules are 54mm wide.
- Robustness: Operates in temperatures from 0°C to 55°C and relative humidity up to 95%.
- Hazardous Areas: Certified for Class I; Division 2; Groups A, B, C, D hazardous locations.
Frequently Asked Questions:
1. What is the maximum number of S800 I/O modules a single IOR810 can manage?
An IOR810 can connect to 7 cluster modems , and each modem supports 12 modules. Therefore, a single gateway can manage a maximum of 84 S800 I/O modules.
2. How far can the IOR810 be located from the Symphony Plus controller?
The distance depends on the connection type:
Electrical HN800: Maximum of 30 meters.
Fiber Optic HN800: Maximum of 3,000 meters when using RFO810 repeaters.
3. Does the IOR810 support Sequence of Events (SOE) recording?
Yes. The IOR810 is designed to collect SOE data from the S800 I/O subsystem. The specific accuracy of the time-stamping is determined by the hardware specifications of the individual S800 SOE digital input modules being used.
Datasheet Link:
IOR810 ABB HN800 S800 I/O Gateway Module PDF Datasheet
